One formula for this value considered each atom oscillating about its mean position with a single frequency. A modification to the Einstein formula concluded that this value for a solid at low temperatures is proportional to 
One formula for this value considered each atom oscillating about its mean position with a single frequency. A modification to the Einstein formula concluded that this value for a solid at low temperatures is proportional to the temperature cubed, and was made by Peter Debye. This value for metals is three times the gas constant divided by the molar mass, according to the Dulong–Petit law. This value for water is one calorie, or 4.184 joules. For 10 points, name this amount of energy needed to raise the temperature of one gram of a substance by one degree Celsius.
One formula for this value considered each atom oscillating about its mean position with a single frequency.
specific {heat} capacity